Non-Communicable Disease Notes
... the heart (serviced by the right side of heart). Systemic Circuit: supplies blood to every organ of the body (serviced by the left side of the heart). ...
... the heart (serviced by the right side of heart). Systemic Circuit: supplies blood to every organ of the body (serviced by the left side of the heart). ...
cardiovascular system exam review packet!!
... C. AV Node D. Bundle of His and its branches E. Spinal cord Put the following steps in order ______ The atria contract and the depolarization wave reaches the AV node. ______ The depolarization wave reaches the Purkinje fibers. ______ The depolarization wave reaches the AV bundle, which separates in ...
... C. AV Node D. Bundle of His and its branches E. Spinal cord Put the following steps in order ______ The atria contract and the depolarization wave reaches the AV node. ______ The depolarization wave reaches the Purkinje fibers. ______ The depolarization wave reaches the AV bundle, which separates in ...
File
... Two upper chambers: right and left ATRIA Thin walls, receive blood from returning to the heart Two lower chambers: right and left VENTRICLES Receive blood from atria, then contract to force blood out of the heart into arteries ...
... Two upper chambers: right and left ATRIA Thin walls, receive blood from returning to the heart Two lower chambers: right and left VENTRICLES Receive blood from atria, then contract to force blood out of the heart into arteries ...
Lifestyle/Chronic Diseases ( Non
... point where it has become weak. Hemorrhage- the breaking of an artery wall at a point where it has grown weak. ...
... point where it has become weak. Hemorrhage- the breaking of an artery wall at a point where it has grown weak. ...
MR-Imaging in diagnosis and follow-up post corrective
... • In this educational exhibit we will review the use of MR imaging in the diagnosis of the different forms of congenital heart disease in pediatric patients. • An overview of common forms of CHD along with treatment procedures will be given. • Special interest is taken on technical issues and partic ...
... • In this educational exhibit we will review the use of MR imaging in the diagnosis of the different forms of congenital heart disease in pediatric patients. • An overview of common forms of CHD along with treatment procedures will be given. • Special interest is taken on technical issues and partic ...
Q1-3 Circulatory System
... 2. Circulatory system provides transport service 3. Moves blood and lymph 4. Cardiovascular system – blood, heart and blood vessels 5. Lymphatic system – lymph, nodes and lymph vessels 6. Circulatory system – cardiovascular and lymphatic systems combined B. Heart 1. Major pump/ fist-sized 2. Locatio ...
... 2. Circulatory system provides transport service 3. Moves blood and lymph 4. Cardiovascular system – blood, heart and blood vessels 5. Lymphatic system – lymph, nodes and lymph vessels 6. Circulatory system – cardiovascular and lymphatic systems combined B. Heart 1. Major pump/ fist-sized 2. Locatio ...
Chapter 10
... Heart Block Heart Disease as a Disturbance of Pump Function Congenital Heart Disease Cardiac Development and Prenatal Blood Flow Pathogenesis and Manifestations of Congenital Heart Disease Common Cardiovascular Abnormalities Patent Ductus Arteriosus Patent Foramen Ovale Atrial and Ventricular Septal ...
... Heart Block Heart Disease as a Disturbance of Pump Function Congenital Heart Disease Cardiac Development and Prenatal Blood Flow Pathogenesis and Manifestations of Congenital Heart Disease Common Cardiovascular Abnormalities Patent Ductus Arteriosus Patent Foramen Ovale Atrial and Ventricular Septal ...
Heart Anatomy
... Passive; blood pushes them closed 2 Pairs: - Atrioventricular (Cuspid) Valves *Between Atria & Ventricles Tricuspid (Right) Bicuspid (left) ...
... Passive; blood pushes them closed 2 Pairs: - Atrioventricular (Cuspid) Valves *Between Atria & Ventricles Tricuspid (Right) Bicuspid (left) ...
Animal Anatomy and Physiology Review
... J. In order to inhale, the pressure inside the lungs is decreased. K. The brain controls your rate of breathing by monitoring the concentration of carbon dioxide in the blood. L. Humans can only survive for a few minutes without oxygen. M. In the alveoli, oxygen diffuses into the blood and carbon di ...
... J. In order to inhale, the pressure inside the lungs is decreased. K. The brain controls your rate of breathing by monitoring the concentration of carbon dioxide in the blood. L. Humans can only survive for a few minutes without oxygen. M. In the alveoli, oxygen diffuses into the blood and carbon di ...
Amphibians
... Double-loop in amphibians allows more oxygen to travel to tissues: heart lungs heart body This is possible because of the pulmonary veins, which carry oxygen rich blood from the lungs to the heart The amphibian heart is 3-chambered: Right & left atrium – separated by the septum One ventricle – ...
... Double-loop in amphibians allows more oxygen to travel to tissues: heart lungs heart body This is possible because of the pulmonary veins, which carry oxygen rich blood from the lungs to the heart The amphibian heart is 3-chambered: Right & left atrium – separated by the septum One ventricle – ...
CIRCULATORY SYSTEM
... lungs • PULMONARY ARTERY – takes deoxygenated blood from the heart to the lungs • SEMILUNAR VALVES – prevents blood from flowing back into heart from arteries • SEPTUM - partition that separates the right and left sides of the heart. • VENTRICLE - One of the two lower chambers of the heart. • ATRIUM ...
... lungs • PULMONARY ARTERY – takes deoxygenated blood from the heart to the lungs • SEMILUNAR VALVES – prevents blood from flowing back into heart from arteries • SEPTUM - partition that separates the right and left sides of the heart. • VENTRICLE - One of the two lower chambers of the heart. • ATRIUM ...
Circulatory System
... • the heart has its own supply of oxygen known as the coronary circulation, including the coronary arteries and its branches • if a person has a sudden blockage in these arteries it is known as a heart attack • heart disease is a slower process where these arteries are depriving the heart of oxy ...
... • the heart has its own supply of oxygen known as the coronary circulation, including the coronary arteries and its branches • if a person has a sudden blockage in these arteries it is known as a heart attack • heart disease is a slower process where these arteries are depriving the heart of oxy ...
Circulatory System 3
... There’s the cardiac muscle, which is very special. Other muscles have cramps when it’s worn out or have anaerobic respiration (doesn't have enough oxygen). ...
... There’s the cardiac muscle, which is very special. Other muscles have cramps when it’s worn out or have anaerobic respiration (doesn't have enough oxygen). ...
Problémový okruh 5 (Dušnost a bolest na hrudi)
... with fast deterioration to ventricular fibrillation. Defibrillation (300 J) and administration of Amiodarone 1 amp i.v. led to successful recovery of sinus rhythm which remained maintain till admission. At admission, patient is sedated and ventilated. Past history: Since 1995 hypertension, 1998 infe ...
... with fast deterioration to ventricular fibrillation. Defibrillation (300 J) and administration of Amiodarone 1 amp i.v. led to successful recovery of sinus rhythm which remained maintain till admission. At admission, patient is sedated and ventilated. Past history: Since 1995 hypertension, 1998 infe ...
Circulatory System
... Circulatory System • Divided into three sections – coronary circulation is flow of blood to and from the tissues of the heart – Pulmonary circulation, blood flows through the heart to the lungs, where carbon dioxide and other waste materials diffuse out, oxygen diffuses in, and the blood goes back ...
... Circulatory System • Divided into three sections – coronary circulation is flow of blood to and from the tissues of the heart – Pulmonary circulation, blood flows through the heart to the lungs, where carbon dioxide and other waste materials diffuse out, oxygen diffuses in, and the blood goes back ...
Human Body System --- A Pre
... 3. Recognize that humans have a closed circulatory system. 4. Study the structure of the heart. 5. Explain the differences between pulmonary and systemic circulation Introduction 1. How does blood move thru the body? ...
... 3. Recognize that humans have a closed circulatory system. 4. Study the structure of the heart. 5. Explain the differences between pulmonary and systemic circulation Introduction 1. How does blood move thru the body? ...
CPR
... To improve someone’s chance of survival • CPR is key to maintaining a person’s breathing and circulation until help arrives. ...
... To improve someone’s chance of survival • CPR is key to maintaining a person’s breathing and circulation until help arrives. ...
Congenital heart diseases
... connecting aorta to pulmonary artery. Shunting of oxygenated blood to lungs. Volume overload in pulmonary artery leading to development of pulmonary hypertension followed by right heart failure. PDA’S are high pressure shunts audible has as harsh “machinary like” murmur. ...
... connecting aorta to pulmonary artery. Shunting of oxygenated blood to lungs. Volume overload in pulmonary artery leading to development of pulmonary hypertension followed by right heart failure. PDA’S are high pressure shunts audible has as harsh “machinary like” murmur. ...
The heart and circulatory system
... Students will be able to identify the organs in the circulatory system. Students will be able to describe the heart and the main blood vessels and their role. Students will be able to describe the role of the ‘double pump.’ ...
... Students will be able to identify the organs in the circulatory system. Students will be able to describe the heart and the main blood vessels and their role. Students will be able to describe the role of the ‘double pump.’ ...
Transposition of the Great Arteries
... b. Right ventricle pumps desaturated blood through aorta back to body 2. Left side a. Oxygenated blood from lungs returns to left atrium b. Left ventricle pumps oxygenated blood through pulmonary artery back to lungs B. Survival depends on mixing of the systemic and pulmonary circulations 1. Through ...
... b. Right ventricle pumps desaturated blood through aorta back to body 2. Left side a. Oxygenated blood from lungs returns to left atrium b. Left ventricle pumps oxygenated blood through pulmonary artery back to lungs B. Survival depends on mixing of the systemic and pulmonary circulations 1. Through ...
Hear Disease
... Can be fatal- immediate response can be the difference Distress may extend into one or both arms, upper abdomen. Risk Factors: ...
... Can be fatal- immediate response can be the difference Distress may extend into one or both arms, upper abdomen. Risk Factors: ...
CH 22: The Cardiovascular System: Vessels & Circulation
... Why are valves found in veins but not in arteries? ...
... Why are valves found in veins but not in arteries? ...
שקופית 1
... • Minimally invasive circulatory assist device, provides short term solution as a bridge to decision or as a bridge to bridge (LVAD). • 3 l/m circulatory support in severe left ventricular failure and during high-risk revascularisation procedures. ...
... • Minimally invasive circulatory assist device, provides short term solution as a bridge to decision or as a bridge to bridge (LVAD). • 3 l/m circulatory support in severe left ventricular failure and during high-risk revascularisation procedures. ...
Dextro-Transposition of the great arteries
dextro-Transposition of the great arteries (d-Transposition of the great arteries, dextro-TGA, or d-TGA), sometimes also referred to as complete transposition of the great arteries, is a birth defect in the large arteries of the heart. The primary arteries (the aorta and the pulmonary artery) are transposed.It is called a cyanotic congenital heart defect (CHD) because the newborn infant turns blue from lack of oxygen.In segmental analysis, this condition is described as ventriculoarterial discordance with atrioventricular concordance, or just ventriculoarterial discordance.d-TGA is often referred to simply as transposition of the great arteries (TGA); however, TGA is a more general term which may also refer to levo-transposition of the great arteries (l-TGA).Another term commonly used to refer to both d-TGA and l-TGA is transposition of the great vessels (TGV), although this term might have an even broader meaning than TGA.